top of page

Contextualization and Fundamentals

The arrows represent the chronological order of subjects in relation to their findings, with the exception of the first, as it is only the motivating subject of the creation of this site.

aula-f%C3%ADsica_edited.jpg

The importance of Teaching Modern Physics in High School

The text addresses important issues for the introduction of Modern and Contemporary Physics in High School, and what are the positive factors that help to have knowledge in this area and what are the limiting factors that often prevent the insertion of these themes in schools. 

chamas.jpg

Review on Thermodynamics

On this page will be the main concepts developed by Ludwig Boltzmann, Rodolfo Clausius and Sadit Carnot, their main contributions to the study of Thermodynamics.

Mecanica.jpg

Isaac Newton Mechanics Review

On this page will be the main concepts developed by Isaac Newton and his main contributions to science.

eletromagnetismo_edited.jpg

Review on Electromagnetism

The text addresses one of James Clerk Maxwell's main contributions to Electromagnetism and his unification of other theories that preceded him, such as those of Oersted,  Ampere, Faraday among others.

 Basis and construction of the concept of Quantum Mechanics

The arrows  represent that the subjects are interconnected, that is, concepts addressed in one also serve to explain the other. 

gato%20de%20Schr%C3%B6dinger_edited.jpg

Introduction to Quantum Mechanics

In this topic we will address the primary concepts that gave rise to the theory of Quantum Mechanics, a presentation of the work done by the precursors of quantum theory such as Max Planck who studied black body radiation and Albert Einstein the theory of the photoelectric effect.

modelo-atomico-rutherford_edited.jpg

The Atomic Models

The topic above addresses the concepts of how the atom took shape during the advancement of science, it exposes one of the main atomic theories such as Dalton, JJ Thompsom, Rutherford, to the theories that are better accepted today from the concepts of Mechanics. Quantum as the atomic model proposed by Niels Bohr.

young_edited.jpg

Young's experiment

In this item, one of the experiments of great importance in science will now be shown, in which it managed to give a clear explanation of the nature of light and which finally made Quantum Mechanics have a greater attention of Physicists and the theory was being perfected through the experiments and proving unquestionably that through these laws formulated through quantum phenomena, they are laws and foundations that are part of our day-to-day and our reality.

The Theory, its applications and public awareness 

incerteza .jpg

Quantum Mechanics

Here we will deal with the fundamental laws of Quantum Theory, such laws as the wave model of matter postulated by Luis De Broglie, the Heinsenberg uncertainty principle and the famous Schrödinger equation.

tecnologia.jpg

Applications and use of Quantum Mechanics

In this page we will show some of the thousands of applications that the theory of Quantum Mechanics is applied and we will understand how it works there. 

deboche%2520cara_edited_edited.jpg

Quantum Healing? Quantum Coaches?
Be Carefu!

This page is the final part of this work, to raise awareness and alert the public about the growing wave of charlatans appropriating the terms "Quantum" to give some credibility to what they say without even having any scientific basis for it. We will explain terminology used by them and clarify once and for all,  what is and what is not related to Quantum Mechanics.

bottom of page